Mechanical Automation Dissertation References

Mechanical Automation Dissertation References

The source of post-textual references is the document itself that is being referenced. Monographs, serial publications, etc. may be entered by title page, front cover, masthead, etc. in order. Microforms, sound recordings and other non-book materials can be based on the title frame, title, container labels, accessories and other recordings. The following is the mechanical automation paper references I shared with you, more content please pay attention to (www.oh100.com/bylw).

Part 1: References

[1] Wang Fei, Liu Hongcai, Pan Lidong. A review of research on substation automation communication system with hierarchical structure[J]. Journal of North China Electric Power University (Natural Science Edition). 2007(01)

[2] Wenyu Zhou, Gang Wen, Yttrium Wang, Di Su. Application of SCL in substation automation system[J]. Relay. 2007(15)

[3] Guo Jia, Han Li, Luo Jian, Gao Shihong. Application of SCL in communication configuration of intelligent electronic devices in substation[J]. Journal of Chongqing University (Natural Science Edition). 2006(12)

[4] Xie Zhixun, Deng Subi, Zang Deyang. Redundancy technology of digital substation communication network[J]. Power automation equipment. 2011(09)

[5] LIU Yang, LUO Yi, YI Xiucheng, TO Guangyu, CHEN Weili, JIANG Wei. Research on software reliability of substation integrated automation system[J]. Relay. 2006(18)

[6] Tang Fuhua, Guo Yinjing, Yang Yang. Substation network communication system based on IEC61850 and embedded Ethernet[J]. Electrical Automation. 2006(03)

[7] J.G. Li, S.H. Song, J.F. Di, Y. Wei. Redundant design of intelligent substation communication network based on IEC 62439-3[J]. Power System Automation. 2011(10)

[8] Fengxiang Wang, Chunen Fang, Wei Li. SCL configuration research and tool development based on IEC61850[J]. Power System Protection and Control. 2010(10)

[9] Yu M, He Zhengyou, Qian Qingquan. Reliability analysis of hard/software integrated system based on Markov process[J]. Journal of Electronics. 2010(02)

[10] Xiaobo Dou, Minqiang Hu, Zaijun Wu, Yansen Du, Tao Min. Formation and redundancy scheme of digital substation communication network[J]. Power automation equipment. 2008(01)

[11] TANG Fuhua, GUO Yinjing, YANG Yang. Substation network communication system based on IEC61850 and embedded Ethernet[J]. Electrical Automation. 2006(03)

[12] Zhang Peichao, Gao Xiang. Reliability and component importance analysis of all-digital protection system[J]. Chinese Journal of Electrical Engineering. 2008(01)

[13] Xu Tifeng, Xu Xidong. Application of high-availability seamless ring network in digital substation communication network[J]. Power automation equipment. 2011(10)

[14] Tong Xiaoyang, Liao Chensong, Zhou Lilong, Li Yingchuan, Zhang Li, Wang Xiaoru, Xu Kelai. Simulation of substation communication network based on IEC 61850-9-2[J]. Power System Automation. 2010(02)

[15] L.H. Wang, J.H. Ma, C.Q. Wang, C.W. Ma, T. Jiang, M.F. Han, Z.H. Wang, L.S. Zhang, H.M. Seed. Application study of SCL, a substation configuration description language[J]. Power Grid Technology. 2006(S1)

[16] Chen Atom, Xu Xidong. Digital substation communication network architecture based on parallel redundant network[J]. Power automation equipment. 2011(01)

[17] Fang Xiaojie, Ji Xiayi, Lu Zhigang. Simulation study of digital substation relay protection communication network based on OPNET[J]. Power System Protection and Control. 2010(23)

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Part II: References

[1] Du Houpeng. `Motion Vehicle Detection and Violation Analysis Based on Surveillance Video [D]. Nanjing University of Posts and Telecommunications 2014

[2] Yin Xuewen. Practice and improvement of automated monitoring system of medium wave transmitter [J]. Electronic Technology and Software Engineering. 2014(16)

[3] Li Zongchen. Research and realization of Android-based multi-channel video monitoring user platform[D]. Nanjing University of Posts and Telecommunications 2014

[4] Sun Na. Practice and Improvement of Automated Monitoring System of Medium Wave Transmitter [J]. Audiovisual. 2013(05)

[5] Zhu Shaopo. Research on spatial positioning optimization technology of targets in video surveillance[D]. Nanjing University of Posts and Telecommunications 2014

[6] Shen Chen. Research on preprocessing, target detection and tracking methods in video surveillance [D]. Nanjing University of Posts and Telecommunications 2014

[7] Gao Bin, Sun Changhai. On the automated monitoring table system of radio and television transmitter [J]. Western Radio and Television. 2013(Z2)

[8] Wu Xuemei. Radio and television transmitter automation monitoring system[J]. Science and Technology Communication. 2013(02)

[9] Zhang Q et al. eds. Digital television production and broadcasting technology [M]. China Radio and Television Press, 2003

[10] Cao Jinquan. Construction of automated monitoring system for radio and television broadcasting stations [J]. Electronic World. 2012(19)

[11] Liao Chuga. Study on the application of automation monitoring technology in television transmitter system[J]. Information Communication. 2012(04)

[12] Wang Tao. Embedded video monitoring system based on OMAP[D]. Nanjing University of Posts and Telecommunications 2014

[13] Zhu Xinghua. How to solve the interference problem by realizing automated monitoring of medium wave transmitter [J]. Inner Mongolia radio and television technology. 2011(01)

[14] Liu Jianbo et al. eds. Cable television network [M]. China Radio and Television Press, 2003

[15] Zhang Hongbo. Research and realization of video conference control technology for embedded system [D]. Nanjing University of Posts and Telecommunications 2014

[16] Li Song. Design and Implementation of SkyNet HD Video Surveillance Storage System [D]. Nanchang University 2015

[17] Liu Xiang. Design and realization of urban video surveillance system [D]. Nanjing University of Posts and Telecommunications 2013

[18] Li Sen. Realization of monitoring automation design in broadcasting transmitter [J]. Information Communication. 2013(08)

[19] Zhao Qiping. Algorithm and implementation of online learning based vehicle tracking detection in surveillance video[D]. Nanjing University of Posts and Telecommunications 2014

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Part III: References

[1] Ying Wu. Web automation testing framework based on Selenium[J]. Science and Technology Communication. 2011(18)

[2] Gu Guoqing. Development and realization of mobile library[D]. Nanchang University 2015

[3] Gao Lingqin. Research on automated testing framework based on STAF[J]. Journal of Qufu Normal University (Natural Science Edition). 2011(03)

[4] Wang Yurong. Research and development of information management system for village affairs in Qingnan Village [D]. Zhejiang Agriculture and Forestry University 2013

[5] Li Bin. Hierarchical design and application of industrial control software [D]. Soochow University 2014

[6] Li Shouwen, He Guibing. Research and implementation of automatic technology in software testing process[J]. Science and Technology Information. 2011(15)

[7] Zhou Ning. Application and research on mobile attendance management[D]. Nanchang University 2014

[8] Yao T., Shu Y. An. Research on key technology of software test automation [J]. Journal of Anhui University (Natural Science Edition). 2003(04)

[9] Zhang Yongmei, Chen Lichao, Ma Li, Guo Shaosheng. Research on software testing technology[J]. Journal of Testing Technology. 2002(02)

[10] Lv Chengzhao, Meng Luoming. A software testing automation system: TSBAG[J]. Journal of Beijing Institute of Posts and Telecommunications. 1993(01)

[11] Xu Lei. Design of in-transit supervision information system for business-zero logistics in tobacco industry [D]. Nanchang University 2014

[12] Huang Biaoxian, Xiong Jianbin, Li Zhenkun. Analysis and application of automated testing of financial software functions[J]. Computer Engineering and Design. 2012(02)

[13] Lan Xin. Design and realization of CMS for WeChat public platform[D]. Nanchang University 2015

[14] T. Liu. Research and application of software testing technology and automated testing framework model [J]. Computer Knowledge and Technology. 2009(26)

[15] Subject Group of Agricultural Bank of China Limited Nantong Branch, Jiangsu Province. Application of automated testing technology for banking software[J]. China Financial Computer. 2009(12)

[16] Guo Wei, Gong Bing, Zhang Wuguang. Research and application of automated testing technology based on data manipulation[J]. Journal of Flight Vehicle Measurement and Control. 2009(04)

[17] J. Zhao, J. Zhang, J. Gao. XML-based test case reuse[J]. Journal of Chongqing Institute of Technology (Natural Science Edition). 2007(09)

[18] Liu Xing, Cai Mian, Li Yan, Guo Ying. Evaluation system of secure operating system based on keyword-driven mechanism[J]. Computer Security. 2009(10)

[19] Jiang Yun, Zhao Jiabao. Research on automatic generation of automated test scripts[J]. Computer Technology and Development. 2007(07)

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